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-- mentioned that it has been declared a by california governor jerry brown, who will be visiting jpl later on. i want to start with our panel and introduce them. first we have michael meyer, the lead scientist for the mars exploration program in washington. we have the msl project manager for the jet propulsion laboratory. we have the physical investor of the -- investigator of the chem cam instrument from the los alamos laboratory in new mexico. next is the lead rubber plant at -- leader rover planner at jpl. also the principal investigator from chem cam in new mexico. last, the deputy project scientist at jpl. we will start with a special announcement from michael. >> before i make the announcement, which i think all of you will enjoy, i would like to show you a short video. this video was made on the eve of the arrival at mars -- this was in november of 1971. in the video, you will see a couple of people you might recognize -- bruce murray and carl sagan and ray bradbury. if we can look at that video -- >> i was hoping, during the last few days, as we get closer to mars and the dust cleare
been declared space day by california governor jerry brown who will be visiting jpl and meeting with the rover team later on. in the meantime, we'll start with our panel. and we're going to introduce them first of all we have michael mief michael meyer, the lead scientist for the mars program in washington. pete tisinger, the msl project manager for jpl and we have roger weans, los alamos national laboratory in new mexico. matt heverly is next, here at jpl and roger weans then is the principle investigator at cem in los alamos in new mexico, last but not least, joy crisp, the deputy project scientist at jpl. we'll start off with a special announcement this morning from michael meyer. >> well, thank you. actually, before i make the announcement, which i think all of you will enjoy, i would like to show you a short video. this video was made on the eve of the arrival at mars of mariner 9. this was in november of 1971, and in the video you'll see a couple of people you might recognize like bruce murray and carl seguin and ray bradbury. so if we could look at that video. >> i was ho
. by the question, i think i saw a jpl blog post that rob manning won the bingo game of where it was going to land. curious if there's anything more than accolades with that guess? >> we had multiple bingo games among different groups of people. the biggest one was a giant poster, about 10 feet long, that was printed out. rob was the closest. he was one of what we call our grumlins who operated our readiness testing, so we believe he may have rigged the system somehow. [laughter] >> ok, back in the room. >> i just wanted a little more information if any of you have it about the already iconic photograph of the parachutes descending with the rover below it. this picture had to be programmed far in advance -- is that right? >> yeah, that is right. we provided the first timing that we wanted this parachute picture to be taken way back in april. targeted for about six minutes after entry. the goal was to make sure that we focus on and if things do not go well. we wanted to see if we saw an inflated parachute or not an inflated parachute to see if there was damage or not. so the goal was to do it long
: where was the rover built? >> it was built here at jpl. we had lots of partners all over the world too, where the science missions have been donated by foreign countries. >> bill: did you do -- the launch -- or the landing, was so perfect. did you do any practice runs like -- i'm just curious, like in the desert or anything? >> there has been an extensive testing of everything on here instruments, landing. you name it we have tested it. i don't know if they did a full end-to-end testing. i would have to ask one of the landing engineers. >> bill: but certainly all of the instruments and cameras, was all tested. >> yes, we have continuing to test even today. we're doing extensive testing on the drilling and arm, and we'll continue to test all through the mission. >> bill: let me ask you what have we learned so far? >> we have learned that we have landed in a very exciting place. this mission is not -- unlike anything else we have ever flown. it's very, very complex. it has more instruments more things to do than anything we have put down on the surface of the planet. we
images to do drive planning. the cameras were be here at -- were built here at jpl. we take the same design that we used on the last mission and built them for msl. they are working very nicely. we checked out the cameras with that image and we are very happy. all the exposure times are as expected. after that image, we acquired a 360 degree panorama. this graphic shows the thumbnail images from that panorama. we downlink those and put together this mosaic. these are being generated at jpl by the multi image processing lab. we will be down linking the full resolution versions of these images over the next day or two. the next graphic shows what we call a koehler projection. we took a panorama of the deck to document the state of the deck after landing. it is low resolution but you can see the rover of their -- there. q. can see the shadow of the rsm pointing to the right. -- you can see the shadow. we will get the full resolution version of those images down and we are looking forward to that. the next slide shows the first two fl range images we have downloaded. this is a great shot
, integrated chief from jpl. doug ellison, visualization producer at jpl. we will begin with michael watkins. >> good morning. another fantastic day on mars -- curiosity continues to be paved basically flawlessly. we executed all the planned activities successfully yesterday. it is a good time for me to point out that the team operating curiosity is also performing flawlessly. completing all planned activities as well. it is really just a great day all around. the activities consist of a couple of things. we are about to do -- upgrade our software on the rover. just like we upgrade our operating system on your home computer or a laptop or something -- we will do the same thing. we will have a new flight software that is optimized for service. we landed with one optimized for landing. that does not have to operate the arm and all that. the surface is not have to land the vehicle. we want to switch to this new software that is optimized for service operations. we will do that starting tomorrow. -- the day after tomorrow, sorry. we'll start that activity. we will do preparation for that activit
to talk to nasa tv live broadcasting from j.p.l. in pasadena, california. >> that converged at seven meters a second. >> right. >> and this is a separation of power light. down to 90 meters per second and sending. >> this is a power code with director of communications at this time. we're down to 86 meters per second and sending. we've lost tones from earth at this time. this is expected. we're continuing monitoring. >> and ground solution equals 18 seconds. >> standing by for back up separation. >> we're in power flight. descending about 0 meters per second. 500 meters in altitude. standing by for sky crane. >> we've found a place to come in ready for sky train 40 meters altitude. this is about 7.5 meters as expected. >> this is stable. stable. >> woo-hoo! woo! >> going to see where our curiosity will take us. >> now we know the landing was a success, lots of celebrating going on right now from jet propulsion laboratory in pasadena. tom, we see celebrating but what does this mean now that the landing was a success. >> this just opens the next chapter in mars exploration, congratulat
of terror. >> thank you. anyone who hasn't seen the video, google it. it is put out by jpl in pasadena. we have this robot hurdling through space at 13,000 miles per hour. it weighs one ton. it is the size of a mini cooper. the pathfinder was a microwave. this is big. headed through space. the atmosphere of mars is very thin. it is not as soft and gentle an entry as it would be here on earth. within seven minutes, it needs to go from 13,000 miles per hour to zero and land gently and this elegant sequence of events need to happen perfectly to land successfully. it involves parachutes and rockets. pretty marvelous feat of engineering. a lot has been invested. i talked to scott harber today. he used to be the lead researcher. he said the mood is of confidence, but tension. a blanket of tension over the confidence. we tested all these tools as much as we can. it is time to get on up there and give it a try. it is really high stakes. >> will this actually scoop things up and get it back to us or it will collect data? >> it will collect data and transmit back to us. how we will find out if it is
. >> thousands. mission control at jpl, you have probably other people. they built the spacecraft there. everything was assembled there. and now you've got teams of scientists that are running the different instrument packages. so it's big team for a $2.5 billion mission i >> put something in perspective. we'll do a live remote with somebody. they could be in downtown washington. we could talk with them and there will be a significant delay from when i ask the question and you get the answer from the person. you go from place to place, you can't get coverage, you can't hear something would might be three miles away. >> is this a rap session. >> no, no, no, here is my question. how are we able to control this device 352 million miles away. how is it it can send a picture back within moments of landing on mars? >> because it is all set in the computer program. what they did for this was mars odyssey which is a spacecraft that is in orbit was using the radio uplink between the spacecraft which is now the rover and they were sending data back because the thing that is amazing, when she was
and then take $5 billion away from jpl? those who created curiosity and made it happen. taking $5 billion away over the next five years. how much commitment is that the future. that is what i am arguing against. you know, we could give billions of dollars away to rescue a car company. and we will probably never get half of it back. but we can't find a little money here and there to re-create the technology it needs to challenge the future. neil: all right, so i don't want to leave you in a sticky position, but i want to leave you where you have seen every president -- i think since kennedy, right? you had a chance to meet with barack obama. if he were to come here, what would you tell him? >> if you gave me the time, sit down and talk like you and i are talking, i will tell him what i believe and why we do. do i think i could change his mind or agenda? probably not. i don't think he fully understands what traditional america is all about. because he didn't grow up here. i don't know that i can convince him why this is important. i don't know that he wants america to be first. i don't know that
, the team chief from jpl, and doug allison, visualization producer at jpl. we will begin with michael watkins. >> we had another fantastic day on mars. curiosity continues to behave flawlessly and executed all the planned activities successfully after a period is a good time to point out that the teen operating curiosity is also performing flawlessly and completing all planned activities is well-preparedsol 3 activities consist of a couple of things. we are about to upgrade our software on the rover. we needed new flight software load that is optimized for the service garrett kern we want to switch to a new flight software that is optimized for surface operations. we will do that starting, the day after tomorrow. we have to do a little prep work for that activity. refit of some files to get ready to for the software transition garrett kern the other thing was to check out some more of our instruments. we checked out the instruments and that all past successfully and are all in great shape as far as we know. that is a great sign. no anomaly showed up in any of the tests. we took a lot
for missions to mars is only about one in three. here 59 jpl they've gone 13 for 18. that's a 7: -- .720 batting average in the red planet league. even so this time the nerves are racheted higher along with the stakes. >> facing budget pressure from the white house, nasa has reduced funding for mars missions and pulled out of plans to partner with the european space agency to stage an elaborate series of missions to mars to bring a rock sample back to earth. much to the dismay of the mars science community. jim bell is president of the planetary society and also on the spirit opportunity and curiosity imaging teams. >> it's frustrating to try and understand why the administration or congress would want to stop what so many americans are incredibly proud of and has been so successful. >> one of their big apply loos is democratic congressman adam shift who represents the california district that is home to the jet propulsion lab. >> if we step back from mars now at a time when we are tantalizingly close to finding the building blocks of life on mars, it may be decades before we go back. >>
and also just the human perspective. how many people worked on this to make this happen? >> jpl alone, we had about 3,500 people. >> amazing. >> and that doesn't include all the other centers and contractors and everything else. i believe i heard a number somewhere around 7,000 people in total worked on this project. >> bobak ferdowsi gets the last word. thanks so much. be sure to watch the very last word on the show website, thelastword.msnbc.com. "hardball's" up next. > newt gingrich. let's play "hardball." >>> good evening. i'm chris matthews. in washington. let me start tonight with this romney search for a running mate. what's he really looking snore a partner to run the country with for the next eight years or four years? does anybody really believe he's out there looking for someone to share the burden and grandeur of office? is it someone to be in the room when decisions are called for? does anyone believe romney is the kind of guy to share the decision-making power of the presidency? so what does he want? someone to help win the election, obviously. someone to get him a state he'
watkins, the mission manager. miguel from jpl the chief engineer. sarah from jpl she is the high- rise investigation scientist. and john of caltech the project scientist of the mission. >> good morning everyone. welcome to mars, welcome back to march if he were here last night. the surface mission of curiosity has begun. for a long time, those of us on the project knew we had to go through some big events. but we built this rover not just to land on mars but to actually try weimar's and execute a beautiful science mission. we have ended one phase of the mission and to be a joy a lot of folks on our team. another part has just begun. it is really the fundamental reason we built a rover. we are just starting admission. we are not ending it. two hours after landing. just before 1:00 a.m., curiosity called us from mars odyssey. mars odyssey was overhead. it comes around two hours later. mars has rotated. it was still over the horizon. we were able to have a short talk with curiosity. she told us she is in service nominal mode. she quickly transitioned to surface and nominal mode. not in sa
is yet to come. we will start with the question and answer part. we will start here at jpl. wait for the microphone runner to get to you. we will go in the first row first. state your name and affiliation. >> irish television. could we get times on the major events for the hga deploy and mast. >> i will provide this to you after this. >> if you could talk about the geology. there seems to be three distinct ideological regions. is that the thermal inertia is known as? >> i've been so busy but this mahli -- with this mahli step. you can see the heat shield is on the surface with lots of small creatures. curiosity is on a surface that has a rounded hills and your small creatures. north of curiosity is this leiter toned terrain with lots of basins and pets. if it was up to me i would go to where those three come together. as a starting point. [laughter] you can start to get a flavor of what is going on here. do you want to say anything? >> i just made that up. >> we're going to take another question. it was in the same row but two people to the left. >> hello. i come from france. you
by laboratory -- i'm sorry. the jpl research scientist working with nasa, dr. luther beagle this morning. good to you have with us. >> good to be here. >> bill: curiosity as now we understand, on its way moving ever so slowly toward this mountainside is it or so of 400 meters away? >> yeah. we're moving to a place called triple plain. it's got a name -- i'm going to pronounce it wrong. but it is called galag. we've called it that because we have a naming convention. we've named this pretty interesting. we'll explore and see what's there. >> bill: how long will it take you to get there? 400 meeters is not a long distance. >> it is about a quarter of a mile. we're driving right now around 30 to 40 meters per day. it will take about ten days to get there if we go in a straight line. if we see something interesting along the way we'll stop and check it out. >> bill: what have we learned so far from curiosity? >> well, we've just come out of the checkout phase. we use the first two and a half, three weeks to make sure
. john blackstone is at jpl in pasadena, california. john, good morning. >> reporter: good morning, jeff. i think we can safely say this morning that the jet propulsion lab is the happiest place on earth. because the "curiosity" over, the car-sized rover, this is just a model, the real thing is safely on the surface of mars. it's such a complex landing that some observers gave the chances of success at no better than 50/50. nobody had ever done anything like this before. and it was all happening 154 million miles away. >> we're just under six minutes to entry. >> in mission control, the tension was obvious as the spacecraft approached mars to begin what was called seven minutes of terror. but with each successful stage of the entry, confidence grew. >> parachute deploy. [ applause ] >> nothing was certain, however, until "curiosity" was confirmed to have landed safely on martian soil. >> touchdown confirmed we are safe on mars. [ cheering ] >> as the celebration began, mission control seemed to lose control. many involved had been working on this mars rover for a decade. >> lift-off. >>
to be there sunday night at jpl lab, in the control room. >> no way. >> watching the thing. it's really cool, you know whatever the satellite or whatever it is that's taking it up there, near mars and there is a parachute. >> a rocketship. >> okay. the parachute opens and the rover comes down and then there is a crane actually that will lower it and put it right on the surface. >> they are doing this from however far mars is away from here? millions of miles? >> unbelievable. >> will we be able to watch any of that, i wonder. >> we have the olympics. we can at least have this. >> this might be the only thing that could pull me away from the olympics. i might actually watch this. >> they are going to tape delay it if it's on nbc. >> that's true. >> why don't you find out and let us know before the end of the program. i think it's very exciting. again, citizens united. health care here at the top of the hour and jobs in the next hour. but first: >> this is the full"the full court press". >> other headlines making news two major gold medal wins for the u.s. in lonton
to do it at jpl. >> exciting stuff. >> i know you will write about this. >> one last thing, tony. >> tucker says it will clear up this weekend. we can see mars in the western sky. i will have a chart this weekend so people can go out and look and see mars, wave hello at curiosity and check out the meteor shower on saturday night, the per see equaled. >> that's right. >> thanks. good to have you. >> thanks, greg, tony. >>> time is 8:38. monday morning. still ahead, football preseason is underway. we will show you highlights from the hall of fame game. e. i'm drinking dunkin'. i'm drinking dunkin' iced mocha. they make it exactly how i like it. medium, iced, with a turbo shot. french vanilla, hazelnut, caramel -- i love 'em all. they make it perfect every time. america runs on dunkin' coffee. that's mom to you. and you should eat something that's good for you before you go outside. never! come on james. it's a new fiber one chewy bar. chocolatey and delicious. fiber one chewy bar, huh? mmm. refueled space captain james. [ male announcer ] new fiber one chewy bars. great taste kids
-- in the michigan, team chief from jpl. and dougie ellison, visualization producer at jpl, and we will begin with michael watkins. >> a very good morning. we had another fantastic day on mars. curiosity continues to behave basically flawlessly. and executing all the planned activities successfully and phenomenal yesterday. a good time for me to point out that the team operating curiosity is performing basically it flawlessly and completing of planned activities. this is really just a great day all around. so the activity consists of a couple of different things. we are about to -- it would like to upgrade our software on the rover, just like we upgrade our uprighted system under on computer and laptop. we're going to do the same thing. we need a fellow that is optimized. we landed on one that is optimized for lending. but the same token the surface does not have the land the vehicle. you want to switch to this new flight software that is optimized for surface operations, and we're going to do that starting tomorrow. so a little prep work for that activity. we're going to check out the back u
laboratory or jpl. you are steely-eyed missile men and you deserve every missed high five of your celebration. i got to say, it was nice to see that nasa saved money by hiring staff from the local best buy. but, folks -- it's a penny pincher, a penny pincher. and, folks, just cry to conceive of what was achieved this morning. we gently landed a one ton, six-wheel suv 154 million miles from earth. i mean, that onstar lady is getting good. we now have two rovers on the surface of mars and three satellites orbiting it. basically if the planets are a tray of donuts, we have now licked mars. it's ours. we already had the moon, we just need venus for the monopoly and we can start building hotels on them. >> welcome back to "morning joe." sam stein and katty kay are still with us, along with john meacham in new york. joining us here in washington, the host of "hardball" chris matthews. and author of "jack kennedy." >> chris, you came on set and said you like what harry reid did. >> how could you like that? >> i liked it because i think obama has needed confederates in the field for most of his life
think it's in the 9s. those engineers at jpl are really good. >> landing on mars has been a tricky thing. 70% of the missions that landed on mars have failed. that's both the u.s. and with russia as well. what are the factors that complicate this? >> the atmosphere of mars is thick enough to heat your spacecraft and melt it on the way in if you don't slow down in the right way. it's thin enough that it's hard to slow down. it's a delicate balance between slowing down fast enough and not slowing down at all. that's what takes this incredibly complicated heat shield parachute rocket sky crane maneuver. >> not to mention, this is something that scientists won't be seeing in real time. there's going to be a delay. why? >> well, it takes 14 minutes at this point for light to get from mars to earth. radio signals too. so this lander will be on the surface of mars in one piece or many for seven minutes before the signal gets back to earth to tell us that it's successful or not. >> we've had missions like this before. what makes this one different in. >> well, this one, it's the size of a smart
jpl employees on staff. host: kelly from massachusetts on our independent line. caller: you said you are giving companies $1.1 billion. why are we giving them money to reinvent the wheel? we already have the technology to get into space. why aren't we sharing the technology? guest: the companies are using nasa's technology to get into space. the space shuttle was an incredibly capable vehicle, but was not a cheap vehicle. it had a lot capabilities that we did not need. it was a vehicle that was good for lower earth orbits. they build two capabilities to replace it. the other is to go beyond lower earth orbit, but we did do with the apollo program. the space shuttle was a very high-tech vehicle but it wasn't the right vehicle for where we're going now. host: here are some numbers from 2011, looking at contract awards that were given how. host: these funds were given to companies. a question from monty on twitter . guest: the commercial applications can seem far- fetched. if you can find water, water can be turned into fuel that you can use to power a rocket. it can be useful for explo
billion or more a piece have largely paid back the money. can you name some of the major banks? guest: jpl morgan, citibank -- j.p. morgan, citibank, goldman sachs paid back tarp. initially, $125 billion was given to the largest banks and it quickly paid back. host: and banks worth less than $10 billion a piece, and moneys outstanding versus what they paid back. what is it about the smaller banks giving them a harder time? guest: a lot of the smaller banks are not as healthy as the big banks. they also don't have easy access to the capital market, so it is harder for them to go out and raise capital to pay it back. host: here is a piece that you wrote for bloomberg a couple of weeks ago. the u.s. treasury department said it started selling stakes today -- first of all, why get out of it? why is of the treasury department trying to extricate itself from these banks? guest: hutras reece says it was never intended to be a lifelong shareholder of banks, so it was natural they would eventually get out. i think they are realistic probably will not do with this year. and probably will continue in
the olympics. it sounded like last night at the jpl, at the jet prop pulse lab who are the ones responsible for the mars rover working for nasa. their laboratory in pasadena california. here was the big word. >> wooo! wooo >> they are wound pretty tight. >> they have been working. imagine how many years they have been working on this thing. >> sure, yeah. >> how much money they spent. originally, they put one.$6,000,000,000 toward this project and it ended up costing two and a half billion dollars. >> my tax dollars well spent. >> uh-huh. >> just amazing. what was it? like 14 minutes or so because there wasn't any direct line with earth at the time that it landed. so it took 14 minutes for it to kind of turn the corner and make that what? 154 million miles. so it took that long. there was a period where they thought it was down but they didn't know for like 14 minutes, i guess. they had to wait and wait and wait and wait and then boom. >> that's when that news came. very exciting. >> it's awesome. i love -- i love the space program stuff. >> yeah. >> and the
go. engineers back at jpl send the signal. the signal goes back to that. it does maybe 10 or 15 feet, comes back, says i made it. got all the way here. let's do it again. they send another signal the next day or next day. >> can't wait until they head toward mt. sharp. chad myers, thank you. we'll keep talking about it. that's it for me. brooke baldwin here in new york. hope you wake up with me. in the meantime, here's wolf. in the meantime, here's wolf. your situation room begins now. -- captions by vitac -- www.vitac.com >>> happening now, the embattled senate candidate todd akin digging in. can republicans across the country whether this storm? >>> plus, all eyes on an actual storm. isaac may be headed toward the gop convention site in tampa. just as festivities get under way. we'll have the latest update from the national hurricane center. it's about to be released. we'll also bring it to you just as soon as it comes in. >>> an explosive outbreak of west nile virus consuming much of the united states right now. the death toll already topping 40 people and the number of cases
at jpl from that to this. and rob manning, the chief engineer is joining me. rob, all the incredible pictures coming back that we've gotten. show us the ones we actually saw the mountain in the distance. >> that's right. this is taken by one of the two redundant cams. there's a lef and right haz cam. we have redundant set of those. but this camera right here took the first image of this beautiful mountain. almost as high as mt. mckinly. a fantastic place. >> reporter: if we come around this side of the rover, the images we saw as it was descending through the atmosphere. >> well, this camera right here, this is the decent imageer. it's hd quality movie camera that will allow us -- in fact has already allowed us to see a glimpse of what it looks like coming down in the last mile before you get to the surface of mars. >> reporter: less than a minute. tell us what we're getting next. >> okay. as of right now we've made a decision to raise this mass. this mass is currently in its stowed position. tonight our time it will be in the morning, later this morning on mars time, it will rise up
you. by the question, i think i saw a jpl blog post that rob manning won the bingo game of where it was going to land. curious if there's anything more than accolades with that guess? >> we had multiple bingo games among different groups of people. the biggest one was a giant poster, about 10 feet long, that was printed out. rob was the closest. he was one of what we call our grumlins who operated our readiness testing, so we believe he may have rigged the system somehow. [laughter] >> abbottabad in the room. >> i just wanted a little more information if any of you have it about the already iconic photograph of the parachutes descending with the rover below it. this picture had to be programmed far in advance -- is that right? >> yeah, that is right. we provided the first timing that we wanted this parachute picture to be taken way back in april. targeted for about six minutes after injury. the goal was to make sure that we focus on and if things do not go well. we wanted to see if we saw an inflated parachute or not an inflated parachute to see if there was a damage or not. so t
a bunch of former jpl employees on staff. host: kelly from massachusetts on our independent line. caller: you said you are giving companies $1.1 billion. why are we giving them money to reinvent the wheel? we already have the technology to get into space. why aren't we sharing the technology? guest: the companies are using nasa's technology to get into space. the space shuttle was an incredibly capable vehicle, but was not a cheap vehicle. it had a lot capabilities that we did not need. it was a vehicle that was good for lower earth orbits. they build two capabilities to replace it. the other is to go beyond lower earth orbit, but we did do with the apollo program. the space shuttle was a very high-tech vehicle but it wasn't the right vehicle for where we're going now. host: here are some numbers from 2011, looking at contract awards that were given how. host: these funds were given to companies. a question from monty on twitter. guest: the commercial applications can seem far- fetched. if you can find water, water can be turned into fuel that you can use to power a rocket. it can be use
us do it to request this wee. >> hubert humphrey. on c-span3. >> now nasa engineers at the jpl in california give an update on the mars rover curiosity mission. they talk about the space craft landing on mars earlier this week and show pictures. this is about an hour and 10 minutes. >> welcome to the jp el. we are holding our finalists conference for the week. -- our final conference this we. >> this week, we have had a tremendous success in landing on mars and the beginning of the exploration of a new world. we're going to hear from a senior software engineer who will give us a preview of what's coming up in the next few days for the rover. first, we're going to hear from the descent and landing team. they have been poring over the data and have some new details for us. first, i want to introduce the lead, adam, and his deputy, miguel san martin. >> thank you, veronica. we have a talented panel here for you today. miguel and i wanted to be the ones to introduce them to you. leading off the rotation, the operations lead for descent and landing. from the johnson space flight cen
Search Results 0 to 45 of about 46 (some duplicates have been removed)